public override void draw(Graphics g, bool selected, bool mark, NetworkVisualSettings visualSettings, NetworkVisibleSettings visibleSettings, bool markAsReadyToFire, bool showHelpEllipse)
{
// base.draw(g, selected, mark, visualSettings, visibleSettings, markAsReadyToFire);
if (visibleSettings.VisibleNotes)
{
if (this.attachedItem != null)
{
if (this.attachedItem is AbstractNetworkItem)
{
AbstractNetworkItem networkItem = (AbstractNetworkItem)this.attachedItem;
if (this.attachedItem is Transition)
{
g.DrawLine(visualSettings.NoteLinePen, this.Origo, networkItem.Origo);
}
else if (this.attachedItem is Position)
{
Position position = (Position)networkItem;
g.DrawLine(visualSettings.NoteLinePen, this.Origo, this.getPositionPoint(this.Origo, position.Origo, position.Radius));
}
}
else if (this.attachedItem is AbstractEdge)
{
AbstractEdge edgeItem = (AbstractEdge)this.attachedItem;
g.DrawLine(visualSettings.NoteLinePen, this.Origo, edgeItem.getCurveMiddlePoint());
}
}
this.drawNote(g, null, visualSettings.ShadowBrush, this.ShadowRectangle);
this.drawNote(g, (selected ? visualSettings.SelectedItemPen : visualSettings.NoteBorderPen), visualSettings.NoteBrush, this.Rectangle);
g.DrawString(this.text, visualSettings.NoteFont, visualSettings.NoteTextBrush, this.Rectangle);
}
}
public override void draw(Graphics g, bool selected, bool mark, NetworkVisualSettings visualSettings, NetworkVisibleSettings visibleSettings, bool markAsReadyToFire, bool showHelpEllipse)
{
base.draw(g, selected, mark, visualSettings, visibleSettings, markAsReadyToFire, showHelpEllipse);
Brush brush = ((mark && !TransitionType.SOURCE.Equals(this.TransitionType)) ? visualSettings.MarkBrush : (selected ? visualSettings.SelectedItemBrush : (markAsReadyToFire ? visualSettings.MarkAsReadyToFireBrush : visualSettings.DefaultBrush)));
AbstractItem.MATRIX.RotateAt((float)this.Angle, this.Origo, MatrixOrder.Append);
g.Transform = AbstractItem.MATRIX;
if ( TransitionType.NORMAL.Equals(this.TransitionType) ) {
g.FillRectangle(brush, this.Rectangle);
}
else
{
Pen pen = ((mark && !TransitionType.SOURCE.Equals(this.TransitionType)) ? visualSettings.MarkPen : (selected ? visualSettings.SelectedItemPen : (markAsReadyToFire ? visualSettings.MarkAsReadyToFirePen : visualSettings.DefaultPen)));
RectangleF rect = this.Rectangle;
g.DrawRectangle(pen, rect.X, rect.Y, rect.Width, rect.Height);
if (TransitionType.SOURCE.Equals(this.TransitionType)) {
float radius = 3;
if (this.Size.Width > this.Size.Height)
{
radius = Math.Abs(this.Size.Height / 2 - 1);
}
else
{
radius = Math.Abs(this.Size.Width / 2 - 1);
}
g.FillEllipse(brush, this.Origo.X - radius, this.Origo.Y - radius, 2 * radius, 2 * radius);
}
else if (TransitionType.SINK.Equals(this.TransitionType))
{
//
}
}
AbstractItem.MATRIX.Reset();
g.Transform = AbstractItem.MATRIX;
if (this.showAnnotation)
{
string labelName = (visibleSettings.VisibleTransitionLabel ? this.name : "");
string label = labelName + (this.Priority > 0 && visibleSettings.VisiblePriority ? ("".Equals(labelName) ? "" : " (") + this.Priority.ToString() + ("".Equals(labelName) ? "" : ")") : "");
if (!"".Equals(label))
{
SizeF textSize = g.MeasureString(label, visualSettings.DefaultFont);
float offset = (this.Size.Width - textSize.Width) / 2;
g.DrawString(label, visualSettings.DefaultFont, visualSettings.DefaultBrush, this.Point.X + offset + this.LabelOffset.X, this.Point.Y - textSize.Height + this.LabelOffset.Y);
}
}
if ((visibleSettings.VisibleClock) && ( this.Delay > 0 ))
{
this.drawClock(g, new PointF(this.Origo.X + this.clockOffset.X, this.Origo.Y + this.clockOffset.Y), visualSettings);
}
}
public static NetworkVisibleSettings openFromXml(XmlNodeList root)
{
NetworkVisibleSettings ret = new NetworkVisibleSettings();
foreach (XmlNode node in root)
{
string namespaceUri = node.NamespaceURI;
string localName = node.LocalName;
switch (namespaceUri)
{
case PetriXmlHelper.XML_SETTINGS_NAMESPACE:
switch (localName)
{
case "EdgeLabel":
ret.visibleEdgeLabel = PetriNetwork.openBoolData(node);
break;
case "EdgeWeight":
ret.visibleEdgeWeight = PetriNetwork.openBoolData(node);
break;
case "Notes":
ret.visibleNotes = PetriNetwork.openBoolData(node);
break;
case "PositionLabel":
ret.visiblePositionLabel = PetriNetwork.openBoolData(node);
break;
case "Priority":
ret.visiblePriority = PetriNetwork.openBoolData(node);
break;
case "TransitionLabel":
ret.visibleTransitionLabel = PetriNetwork.openBoolData(node);
break;
case "EdgeHelpLine":
ret.visibleEdgeHelpLine = PetriNetwork.openBoolData(node);
break;
case "ReadyToFireTransitions":
ret.visibleReadyToFireTransitions = PetriNetwork.openBoolData(node);
break;
case "Capacity":
ret.visibleCapacity = PetriNetwork.openBoolData(node);
break;
case "Clock":
ret.visibleClock = PetriNetwork.openBoolData(node);
break;
}
break;
}
}
return ret;
}
public AbstractNetwork(Random rand, int stateGenNumber, string statePrefix, int sh_width, int sh_height)
{
this.rand = rand;
this.items = new List<AbstractNetworkItem>();
this.selectedItems = new List<AbstractItem>();
this.edges = new List<AbstractEdge>();
this.visualSettings = new NetworkVisualSettings();
this.visibleSettings = new NetworkVisibleSettings();
this.stateMatrix = new List<StateVector>();
this.stateHierarchy = new StateHierarchy(this.rand, sh_width, sh_height);
this.unidGenNumber = 0;
this.stateGenNumber = stateGenNumber;
this.statePrefix = statePrefix;
this.events = new EventTrunk();
this.transitionHistory = new List<TransitionHistoryItem>();
}
public override void draw(Graphics g, bool selected, bool mark, NetworkVisualSettings visualSettings, NetworkVisibleSettings visibleSettings, bool markAsReadyToFire, bool showHelpEllipse)
{
base.draw(g, selected, mark, visualSettings, visibleSettings, markAsReadyToFire, showHelpEllipse);
g.FillEllipse(visualSettings.ShadowBrush, this.ShadowRectangle);
g.FillEllipse(visualSettings.BackgroundBrush, this.Rectangle);
Pen pen = (mark ? visualSettings.MarkPen : (selected ? visualSettings.SelectedItemPen : visualSettings.DefaultPen));
g.DrawEllipse(pen, this.Rectangle);
int tokenCount = this.tokens.Count;
PointF tp = this.Origo;
switch (tokenCount)
{
case 0:
break;
case 1:
this.tokens[0].draw(g, this.Origo, visualSettings);
break;
case 2:
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y - AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[0].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y + AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[1].draw(g, tp, visualSettings);
break;
case 3:
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y - AbstractPosition.TOKEN_MOVE_MINI2);
this.tokens[0].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y - AbstractPosition.TOKEN_MOVE_MINI2);
this.tokens[1].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X, this.Origo.Y + AbstractPosition.TOKEN_MOVE_MINI2);
this.tokens[2].draw(g, tp, visualSettings);
break;
case 4:
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y - AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[0].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y + AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[1].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y - AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[2].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE_SMALL, this.Origo.Y + AbstractPosition.TOKEN_MOVE_SMALL);
this.tokens[3].draw(g, tp, visualSettings);
break;
case 5:
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE, this.Origo.Y - AbstractPosition.TOKEN_MOVE);
this.tokens[0].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE, this.Origo.Y + AbstractPosition.TOKEN_MOVE);
this.tokens[1].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X + AbstractPosition.TOKEN_MOVE, this.Origo.Y - AbstractPosition.TOKEN_MOVE);
this.tokens[2].draw(g, tp, visualSettings);
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE, this.Origo.Y + AbstractPosition.TOKEN_MOVE);
this.tokens[3].draw(g, tp, visualSettings);
this.tokens[4].draw(g, this.Origo, visualSettings);
break;
}
if (tokenCount > 5)
{
tp = new PointF(this.Origo.X - AbstractPosition.TOKEN_MOVE_MINI, this.Origo.Y - AbstractPosition.TOKEN_MOVE_MINI2);
this.tokens[0].draw(g, tp, visualSettings);
g.DrawString(tokenCount.ToString(), visualSettings.DefaultFont, visualSettings.DefaultBrush, this.Origo.X - AbstractPosition.TOKEN_MOVE_MINI, this.Origo.Y);
}
if (this.showAnnotation)
{
string labelName = (visibleSettings.VisiblePositionLabel ? this.name : "");
string label = labelName + (this.CapacityLimit > 0 && visibleSettings.VisibleCapacity ? ("".Equals(labelName) ? "" : " (") + this.CapacityLimit.ToString() + ("".Equals(labelName) ? "" : ")") : "");
if (!"".Equals(label))
{
SizeF textSize = g.MeasureString(label, visualSettings.DefaultFont);
float offset = (this.Size.Width - textSize.Width) / 2;
g.DrawString(label, visualSettings.DefaultFont, visualSettings.DefaultBrush, this.Point.X + offset + this.LabelOffset.X, this.Point.Y - textSize.Height + this.LabelOffset.Y);
}
}
}
public void draw(Graphics g, bool selected, NetworkVisualSettings visualSettings, NetworkVisibleSettings visibleSettings)
{
Pen pen = visualSettings.DefaultEdgePen;
if (EdgeType.NORMAL.Equals(this.edgeType))
{
pen = (selected ? visualSettings.SelectedEdgePen : visualSettings.DefaultEdgePen);
pen.Width = (this.Weight); // + 1
}
else if (EdgeType.INHIBITOR.Equals(this.edgeType))
{
pen = (selected ? visualSettings.SelectedInhibitorArcPen : visualSettings.InhibitorArcPen);
pen.Width = (this.Weight); // + 1
}
else if (EdgeType.RESET.Equals(this.edgeType))
{
pen = (selected ? visualSettings.SelectedResetArcPen : visualSettings.ResetArcPen);
}
PointF startPoint = this.getStartPoint();
PointF endPoint = this.getEndPoint();
if (this.showAnnotation)
{
if ((this.Weight > 1) || (!"".Equals(this.name)))
{
string label = "";
if ((this.Weight > 1) && ("".Equals(this.name)))
{
label = (visibleSettings.VisibleEdgeWeight ? this.Weight.ToString() : "");
}
else if ((this.Weight <= 1) && (!"".Equals(this.name)))
{
label = (visibleSettings.VisibleEdgeLabel ? this.name : "");
}
else
{
label = (visibleSettings.VisibleEdgeLabel ? this.name : "") + (visibleSettings.VisibleEdgeWeight ? " (" + this.Weight.ToString() + ")" : "");
}
float la = Math.Abs(endPoint.X - startPoint.X) / 2;
float lb = Math.Abs(endPoint.Y - startPoint.Y) / 2;
float a = startPoint.X + la * (startPoint.X < endPoint.X ? 1 : -1);
float b = startPoint.Y + lb * (startPoint.Y < endPoint.Y ? 1 : -1);
float offsetX = AbstractEdge.STRING_ROT_OFFSET_VALUE;
float offsetY = -AbstractEdge.STRING_ROT_OFFSET_VALUE;
SizeF textSize = g.MeasureString(label, visualSettings.DefaultFont);
double angle = Math.Atan(la / lb);
double angleDeg = angle * 180 / Math.PI;
if ((this.Start.Origo.X <= this.End.Origo.X) && (this.Start.Origo.Y <= this.End.Origo.Y))
{
angleDeg = 90 - angleDeg;
}
if ((this.Start.Origo.X < this.End.Origo.X) && (this.Start.Origo.Y > this.End.Origo.Y))
{
angleDeg = -90 + angleDeg;
offsetX *= -1;
}
if ((this.Start.Origo.X >= this.End.Origo.X) && (this.Start.Origo.Y >= this.End.Origo.Y))
{
angleDeg = 180 - 90 - angleDeg;
}
if ((this.Start.Origo.X > this.End.Origo.X) && (this.Start.Origo.Y < this.End.Origo.Y))
{
angleDeg = 180 + 90 + angleDeg;
offsetX *= -1;
}
AbstractItem.MATRIX.RotateAt((float)angleDeg, new PointF(a, b), MatrixOrder.Append);
g.Transform = AbstractItem.MATRIX;
/* if (!this.isZeroCurveMiddlePointOffset())
{
PointF middlePoint = this.getCurveMiddlePoint();
a = middlePoint.X;
b = middlePoint.Y;
}*/
PointF strPoint = new PointF(a - textSize.Width / 2 + offsetX, b - textSize.Height / 2 + offsetY);
if (!this.isZeroCurveMiddlePointOffset())
{
PointF middlePoint = this.getCurveMiddlePoint();
strPoint = new PointF(middlePoint.X - textSize.Width / 2, middlePoint.Y - textSize.Height / 2);
}
g.DrawString(label, visualSettings.DefaultFont, visualSettings.DefaultBrush, strPoint);
AbstractItem.MATRIX.Reset();
g.Transform = AbstractItem.MATRIX;
}
}
if (this.isZeroCurveMiddlePointOffset())
{
g.DrawLine(pen, startPoint, endPoint);
}
else
{
PointF middlePoint = this.getMiddlePoint();
PointF[] points = new PointF[3];
points[0] = startPoint;
points[1] = new PointF(middlePoint.X + this.curveMiddlePointOffset.X, middlePoint.Y + this.curveMiddlePointOffset.Y);
points[2] = endPoint;
g.DrawCurve(pen, points);
if (visibleSettings.VisibleEdgeHelpLine)
{
// g.DrawLine(visualSettings.HelpPen, this.getStartPoint(), this.getEndPoint());
// g.DrawEllipse(visualSettings.HelpPen, new RectangleF(middlePoint.X - 5, middlePoint.Y - 5, 10, 10));
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(points[1].X - 5, points[1].Y - 5, 10, 10));
}
}
}
public virtual void draw(Graphics g, bool selected, bool mark, NetworkVisualSettings visualSettings, NetworkVisibleSettings visibleSettings, bool markAsReadyToFire, bool showHelpEllipse)
{
if (visibleSettings.VisibleEdgeHelpLine && showHelpEllipse)
{
float r = AbstractNetworkItem.HELP_ELLIPSE_RADIUS_DRAW;
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(this.point.X - r, this.point.Y - r, 2 * r, 2 * r));
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(this.point.X + this.size.Width - r, this.point.Y - r, 2 * r, 2 * r));
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(this.point.X - r, this.point.Y + this.size.Height - r, 2 * r, 2 * r));
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(this.point.X + this.size.Width - r, this.point.Y + this.size.Height - r, 2 * r, 2 * r));
if (this.showAnnotation && this.name != null && this.name != "")
{
g.DrawEllipse(visualSettings.HelpPen, new RectangleF(this.point.X + (this.size.Width / 2) + this.labelOffset.X - r, this.point.Y - AbstractNetworkItem.LABEL_HELP_ELLIPSE_OFFSET + this.labelOffset.Y - r, 2 * r, 2 * r));
}
}
}
